Home
Class 12
MATHS
Find the smallest possible value of x^(2...

Find the smallest possible value of `x^(2)+y^(2)` given that x + y = 10.

Promotional Banner

Topper's Solved these Questions

  • APPLICATIONS OF DIFFERENTIAL CALCULUS

    PREMIERS PUBLISHERS|Exercise Solution To Exercise 7.9|8 Videos
  • APPLICATIONS OF DIFFERENTIAL CALCULUS

    PREMIERS PUBLISHERS|Exercise Solution To Exercise 7.10|20 Videos
  • APPLICATIONS OF DIFFERENTIAL CALCULUS

    PREMIERS PUBLISHERS|Exercise Solution To Exercise 7.7|7 Videos
  • APPLICATIONS OF INTEGRATION

    PREMIERS PUBLISHERS|Exercise Answer the following questions.|18 Videos

Similar Questions

Explore conceptually related problems

Find all possible values of (x^2+1)/(x^2-2) .

Find the smallest positive values of xa n dy satisfying x-y=pi/4a n dcotx+coty=2

Find the smallest integral value of x satisfying (x-2)^(x^2-6x+8))>1

Find all the possible values of following expressions : (i) ( |x|)/(x) + (|y|)/y (ii) |x|/x+|y|/y+|z|/z

The point (x , y) lies on the line 2x+3y=6. The smallest value of the quantity sqrt(x^2+y^2) is mdot then the value of sqrt(13) m is_______

Find the smallest area bounded by the curves y=x-sin x, y= x+ cos x.

The centre of the smallest circle touching the circles x^2+ y^2-2y -3=0 and x^2 +y^ 2-8x -18y +93= 0 is: